201141665 六、發明說明： 【發明所屬之技術領域】 本發明係關於-種鏡面不鏽鋼物件表面之處理方法，尤扑一 種藉由-系列研磨步驟以達成鏡面不鏽鋼物件表面之拋光及^化 的方法。 【先前技術】201141665 VI. Description of the Invention: [Technical Field] The present invention relates to a method for treating the surface of a mirror-finished stainless steel article, and a method for polishing and polishing the surface of a mirror-finished stainless steel article by a series of grinding steps. [Prior Art]
鏡面不鏽鋼物件(例如一電梯設備)在裝設時往往 型’大多S要贿焊接’而焊接處由於其表面之不平整會影燮美 =因此需要藉由打磨、粗拋、細拋...等工法以進行表面修^，、 ^升物件在焊接後之美觀。然而，現今—般_磨抛紐術經由 表面細拋處理後’物件表面仍會留下處理過的工具痕跡，例如過 砂痕跡、砂布痕及拋痕等，或是可錢過度研磨㈣致鏡面不鐘 鋼物件高溫變形凹陷等問題。另外，藉由f知之研磨抛光技術在 進=拋光處理後’不_物件表面之色澤無法制真正如鏡面般 光免之品質。 另-方面’對於已裝設於大樓内各式之不鏽鋼物件由於其 使用年限之增長，細獨娜件表面便伴_產生各種問題， 例如，旦痕、到傷、賴、污料狀況，而由於前述之各種習知拋 光技術之缺點，使得現場保養維護更加不易。 、有鑑於此’必須提供—種創新的鏡面不綱物件表面之處理 方法，以克服習知拋光技術之缺點，增加拋光處理後之美觀，並 使現場拋光作業更加的容易。 201141665 【發明内容】 並發•發^多年之經驗累積， 一種鏡面不鏽鋼物件表面之處理方法。 。本表月之 法主要目的係提供—種鏡面不鏽鋼物件表面之處理方 ΐ，’ ===學方法之同時使用，可提升物件表面之美觀程 度並達到真正鏡面之效果。 法，的係提供-種鏡面不鏽鋼物件表面之處理方 •生過法之同時使用，可避免鏡面不鐘鋼物件產 味，ί發Γ之再—目的储供—錄面獨缝縣面之處理方 L: H作物件拆下，即可在現場進行表面研磨拋光作業。 故jχ明係提供—種鏡面不鏽鋼物件表面之處理方法， 二查二二3以τ步驟⑴將鏡面不鑛鋼物件表面依照傷痕深淺程 =磨處理區塊；⑺選定一研磨處理區塊，根據其 傷痕冰淺私度而選擇適當粗細係數之砂碟砂紙，並藉由一研磨機 ，鱗於此研鑛现塊進行表面研磨；⑶崎此研磨處理區塊之 母-道傷痕是否皆被齡，若是，騎行步驟(5)，若否，則進行 步驟(4)，⑷選擇較粗係數之砂碟砂紙，並藉由綱磨機具對於此 研磨處理區塊再次進行表面研磨，並進行步驟⑶；（5)判斷每一研 磨處理區塊之所有傷痕是否皆被消除，若是，則進行步驟⑹，若 否’則進行步驟(2);⑹將-第一切馳光劑塗抹於每一研磨處理 區塊上；（7)利用研磨機具搭配一第一研磨材料，將每一研磨處理 區塊之砂痕整平；⑻將-第二糊拋光劑塗抹於每—研磨處理區 塊上；（9)利用研磨機具搭配一第二研磨材料，將每一研磨處理區 塊之該第-研磨材料的晝痕去除；⑽將一第三切削抛光劑塗抹⑸ 4 201141665 於每一研磨處理區塊上；（11)利用研磨機具搭配一第三研磨材 料，將每一研磨處理區塊作最後之表面整平；（12)將一研磨膏塗 抹於每一研磨處理區塊上，並靜置一特定時間；及(13)利用一第 四研磨材料對於每一研磨處理區塊進行晶化研磨處理。 【實施方式】 為達前述之目的與功效，發明人將研磨拋光流程進行改良， 並使用多種切削拋光劑、研磨材料及研磨膏以加強拋光效果，在 籲不斷的修正與調整之下，始得到本發明之一種鏡面不鑛鋼物件表 面之處理方法。茲分別以本發明一第一較佳實施例及一第二較佳 貫施例之一種不鏽鋼物件表面之處理方法，對本發明之處理流程 及技術原理作詳細之介紹。 首先請同時參照如第一 A圖及第一 B圖所示，係本發明該第 一較佳實施例之一種鏡面不鏽鋼物件表面之處理方法流程圖，其 包含以下步驟：將不鏽鋼物件表面依照傷痕深淺程度劃分出不同 之研磨處理區塊(步驟101)，並進行步驟1〇2 ;選定一研磨處理區 鲁塊，根據其傷痕深淺程度而選擇適當粗細係數之砂碟砂紙，並藉 由一研磨機具對於此研磨處理區塊進行表面研磨(步驟1〇2)，並進 行步驟103 ;判斷此研磨處理區塊之每一道傷痕是否皆被消除(步 驟103)，若是，則進行步驟1〇5 ’若否，則進行步驟1〇4 ;選擇較 粗係數之一砂礫砂紙，並藉由該研磨機具對於此研磨處理區塊再 次進行表面研磨(步驟104)，並進行步驟103 ;判斷每一研磨處理 區塊之所有傷痕是否皆被消除(步驟105)，若是，則進行步驟1〇6， 若否，則進行步驟102 ;將一第一切削拋光劑塗抹於每一研磨處理 區塊上(步驟106)，並進行步驟107 ;利用研磨機具搭配一第一研 磨材料，將每一研磨處理區塊之砂痕整平(步驟1〇7)，並進行步驟 5 201141665 108;將一第二切削拋光劑塗抹於每一研磨處理區塊上(步驟〗似）， 並進行步驟109 ;利用研磨機具搭配一第二研磨材料，將每一研磨 處理區塊之該第一研磨材料的畫痕去除(步驟1〇9)，並進行步驟 no;將一第三切削拋光劑塗抹於每一研磨處理區塊上(步驟11〇)， 並進行步驟111 ;利用研磨機具搭配一第三研磨材料，將每一研磨 處理區塊作最後之表面整平(步驟111)，並進行步驟112 ;將一研 磨膏塗抹於每一研磨處理區塊上，並靜置一特定時間(步驟112)， 並進行步驟113;及利用一第四研磨材料對於每一研磨處理區塊進 行晶化研磨處理(步驟113)。 在上述之第一較佳實施例中，步驟106所述之該第一切削拋 光劑之型號為BRIGHT-CUT，其特性為切割速度很快，並適用於 各種金屬，而拋光後之亮度中等；步驟1〇7所述之該第一研磨材 料係一硬麻輪，結合BRIGHT-CUT與硬麻輪之特性，可將每一研 磨處理區塊之砂痕整平；步驟1〇8所述之該第二切削拋光劑之型 號為FASTCUT，其特性為切割速度很快、磨削效率高以及能去除 金屬表面的刮痕，但是亮度較低；步驟1〇9所述之該第二研磨材 料係一布輪，結合FASTCUT與布輪之特性，可將每一研磨處理 區塊之該第一研磨材料的畫痕去除；步驟11〇所述之該第三切削 拋光劑之型號為WHITECUTTERP2，其特性為切割速度很快、 適用於各種金屬、拋光後之亮度中等、拋光後很乾淨以及蠟含量 低；步驟111所述之該第三研磨材料係一羊毛輪，結合 CUTTERP2與羊毛輪之特性，可將每—研磨處理1塊作最後之表 面整平。 另外，在上述之第一較佳實施例中，步驟112所述之該研磨 膏至少包含以下成分：稀硝酸、氧化鋁粉、三仙膠、水、皂土以 及香精。而研磨貧塗抹於每一研磨處理區塊後，需靜置之該特定 6 201141665 牛 =°，當研磨膏靜置了 3〇分鐘〜60分鐘以後， 步驟113所述之該第四研磨材料係一海棉，1 八有间讀及4性之娜，結合研磨 ^ 不鏽鋼齡絲之每—研雜麵驗行晶 鋼物件f面達到高度反射及真正鏡面之效果。使不鏽 佳眚參照如第二a圖〜第：f圖所示，係本發明第一較 實包例中各步驟之示意圖。如第二八圖所示，不鑛鋼物件 ，t有許多傷痕加，按照步驟⑼所述之方法，將這些傷痕210 _依照深淺程度晝分出兩個研磨處理區塊22〇、23〇。如第二 顧-^驟搬〜1〇5之不意圖，即藉由一適當之砂礫砂紙(圖中未 ‘、、㈣與—研磨機具240於研磨處理區塊勝23〇進行表面 =所有傷痕21〇消除。如第二c圖所示，所有傷痕21〇藉由該 ㈣钱與該研磨機具細消除後，會留下先前步驟所產生之砂 痕=50因此必須如第^^圖所示，利用研磨機具24〇搭配多種 3磨材料以及多種切馳光劑以將砂痕25〇整平，即對應於步驟 真6〜111。如第二E圖所示，在砂痕25〇被完全整平後，將一研磨 .貧260塗抹於此二個研磨處理區塊22〇、23〇上，並靜置一特定時 間。最後如第二F圖所示，利用一第四研磨材料27〇(即一海綿）， 對於此二個研磨處理區塊22〇、23〇進行晶化研磨處理，即可使不 鏽鋼物件表面2〇〇具有高度反射及真正鏡面之效果。 —接著請同時參照如第三A圖及第三B圖所示，係本發明該第 一較佳實施例之一種鏡面不鏽鋼物件表面之處理方法流程圖，其 包含以下步驟：將不鑛鋼物件表面依照傷痕深淺程度劃分出不同 之研磨處理區塊(步驟301)，並進行步驟3〇2 ;選定一研磨處理區 塊，根據其傷痕深淺程度而選擇適當粗細係數之砂礫砂紙，並藉 由一研磨機具對於此研磨處理區塊進行表面研磨(步驟3〇2)，並進p 7 201141665Mirrored stainless steel objects (such as an elevator equipment) often have the type 'most S to be bribed' when installed, and the weld is affected by the unevenness of the surface. Therefore, it needs to be polished, rough thrown, fine throw... The work method is used to perform surface repair, and the height of the object after welding is beautiful. However, today's _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ _ There are problems such as high temperature deformation and depression of steel objects. In addition, the polishing and polishing technique by knowing the color of the surface of the object after the polishing process cannot produce a mirror-like quality. On the other hand, for the various stainless steel items that have been installed in the building, due to the increase in the service life of the building, the surface of the thin and unique parts is accompanied by various problems, such as the occurrence of defects, damage, filth, and dirt. Due to the shortcomings of the various conventional polishing techniques described above, on-site maintenance is more difficult. In view of this, it is necessary to provide an innovative treatment method for the surface of the mirrorless object to overcome the shortcomings of the conventional polishing technique, to increase the aesthetics after the polishing process, and to make the on-site polishing operation easier. 201141665 [Summary of the Invention] Comprehension and development of many years of experience, a method for treating the surface of mirrored stainless steel objects. . The main purpose of this month's method is to provide a treatment for the surface of mirrored stainless steel objects. The use of the method of '=== learning method can enhance the aesthetic appearance of the surface of the object and achieve the effect of true mirror. The method of the law provides the treatment of the surface of the mirror-shaped stainless steel object. The use of the method of the raw surface of the mirror can avoid the production of the mirror surface without the object of the steel, and the purpose of the storage and storage. Fang L: H crop parts are removed, and the surface grinding and polishing work can be carried out on site. Therefore, the jχ明 system provides a method for treating the surface of a mirror-shaped stainless steel object. The second step is to use the τ step (1) to treat the surface of the mirror-free non-ferrous steel object according to the depth of the flaw; the grinding treatment block; (7) selecting a grinding treatment block, according to The sand and the sandpaper of the appropriate thickness coefficient are selected by the ice and the flatness of the scale is used for the surface grinding of the existing block by the grinder; (3) Whether the mother-track scar of the grinding block is aged If yes, ride step (5), if not, proceed to step (4), (4) select the sanding paper with a coarser coefficient, and perform surface grinding again on the grinding block by the grinding machine, and perform step (3) (5) determining whether all the flaws in each of the grinding treatment blocks are eliminated, and if so, proceeding to step (6), if not, proceeding to step (2); (6) applying - first ditting agent to each of the grinding (7) using a grinding machine with a first abrasive material to level the sand marks of each of the grinding treatment blocks; (8) applying a second paste polishing agent to each of the grinding treatment blocks; 9) Using a grinding machine with a second research a material, the scar of the first abrasive material of each of the grinding treatment blocks is removed; (10) a third cutting polishing agent is applied (5) 4 201141665 on each of the grinding processing blocks; (11) using a grinding machine with a first a third abrasive material, which is used to level the surface of each of the polishing treatment blocks; (12) apply a polishing paste to each of the polishing treatment blocks and stand for a specific time; and (13) utilize a fourth The abrasive material is subjected to a crystallization treatment for each of the abrasive treatment blocks. [Embodiment] In order to achieve the above purposes and effects, the inventors have improved the grinding and polishing process, and used a variety of cutting and polishing agents, abrasive materials and abrasive pastes to enhance the polishing effect, and under the constant correction and adjustment, The invention relates to a method for treating the surface of a mirror-free steel object. The processing flow and technical principle of the present invention will be described in detail by a method for treating the surface of a stainless steel article according to a first preferred embodiment of the present invention and a second preferred embodiment. First, please refer to the flowchart of the processing method for the surface of the mirror stainless steel object according to the first preferred embodiment of the present invention, which includes the following steps: according to the flaws on the surface of the stainless steel object, as shown in FIG. 1A and FIG. Different grinding treatment blocks are divided into depths (step 101), and step 1〇2 is performed; a polishing block is selected, and a sandpaper of appropriate thickness coefficient is selected according to the degree of the damage, and by a grinding The tool performs surface grinding on the grinding processing block (step 1〇2), and proceeds to step 103; determines whether each of the scratches of the polishing processing block is eliminated (step 103), and if yes, proceeds to step 1〇5' If not, proceed to step 1〇4; select one of the coarser coefficients of grit sandpaper, and perform surface grinding on the grinding processing block again by the grinding machine (step 104), and proceed to step 103; determine each grinding process Whether all the flaws of the block are eliminated (step 105), and if so, proceed to step 1〇6, if not, proceed to step 102; apply a first cutting polish to each of the grinds On the block (step 106), and proceed to step 107; using a grinding machine with a first abrasive material, leveling the sand marks of each of the grinding blocks (step 1〇7), and proceeding to step 5 201141665 108; Applying a second cutting polishing agent to each of the grinding processing blocks (steps), and performing step 109; using the grinding machine with a second abrasive material, the first abrasive material of each grinding processing block Removing the traces (steps 1〇9), and performing step no; applying a third cutting polishing agent to each of the grinding processing blocks (step 11〇), and performing step 111; using a grinding machine with a third Grinding the material, flattening each of the grinding treatment blocks to the final surface (step 111), and performing step 112; applying a polishing paste to each of the grinding treatment blocks and allowing to stand for a specific time (step 112) And performing step 113; and performing a crystallization polishing process for each of the polishing processing blocks by using a fourth abrasive material (step 113). In the first preferred embodiment described above, the first cutting polishing agent described in step 106 is of the type BRIGHT-CUT, which has the characteristics of fast cutting speed and is suitable for various metals, and the brightness after polishing is medium; The first abrasive material described in the step 1〇7 is a hard hemp wheel, combined with the characteristics of the BRIGHT-CUT and the hard hemp wheel, the sand marks of each grinding treatment block can be leveled; the first step described in the step 1〇8 The model of the second cutting and polishing agent is FASTCUT, which has the characteristics of fast cutting speed, high grinding efficiency and scratching of the metal surface, but the brightness is low; the second abrasive material described in the step 1〇9 is a cloth. The wheel, in combination with the characteristics of the FASTCUT and the cloth wheel, removes the image of the first abrasive material of each of the grinding treatment blocks; the type of the third cutting polishing agent described in step 11 is WHITECUTTERP2, which is characterized by cutting Fast speed, suitable for all kinds of metals, medium brightness after polishing, very clean after polishing and low wax content; the third abrasive material described in step 111 is a wool wheel, combined with the characteristics of CUTTERP2 and wool wheel, each can be - grinding As a leveling processing of the final surface. Further, in the first preferred embodiment described above, the abrasive paste of the step 112 comprises at least the following components: dilute nitric acid, alumina powder, sansin, water, bentonite and flavor. After the grinding is poorly applied to each of the grinding treatment blocks, the specific 6 201141665 cattle = ° to be allowed to stand still, and after the polishing paste is allowed to stand for 3 minutes to 60 minutes, the fourth abrasive material system described in step 113 A sponge, 1 eight inter-read and 4 sex Na, combined with grinding ^ each of the stainless steel age silk - grinding surface inspection crystal steel object f surface to achieve high reflection and true mirror effect. The stainless steel reference is shown in the drawings of the second to the f: f, which is a schematic diagram of the steps in the first comparative example of the present invention. As shown in the second eight figure, the non-mineral steel object, t has many scars, and according to the method described in the step (9), the scars 210 are divided into two grinding processing blocks 22〇, 23〇 according to the degree of depth. For example, the second---------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------------- 21〇 elimination. As shown in the second c-picture, all the scars 21〇 after the (4) money and the grinding machine are finely removed, will leave the sand marks generated by the previous steps = 50 and therefore must be as shown in the figure Using a grinder 24 〇 with a variety of 3 grinding materials and a variety of diating agents to level the sand marks 25 ,, that is, corresponding to the steps true 6 to 111. As shown in the second E, the sand marks are completely After leveling, a grind. Lean 260 is applied to the two grinding treatment blocks 22, 23, and allowed to stand for a specific time. Finally, as shown in the second F, a fourth abrasive material 27 is used. (ie a sponge), the crystallization treatment of the two polishing treatment blocks 22〇, 23〇, can make the surface of the stainless steel object 2〇〇 highly reflective and truly mirror effect. - Then please refer to the same 3A and 3B are a mirror stainless steel according to the first preferred embodiment of the present invention. A flow chart of a surface treatment method, comprising the steps of: dividing a surface of a non-mineral steel object into different grinding treatment blocks according to the degree of the depth of the flaw (step 301), and performing step 3〇2; selecting a grinding processing block, According to the degree of the depth of the scar, the appropriate thickness coefficient of the gravel sandpaper is selected, and the grinding block is surface-ground by a grinding machine (step 3〇2), and p 7 201141665
，业遇仃芡骅306 ; 細(步驟306)，若是，貝丨 ，3〇6 ;判斷使用之該砂礫砂紙之係數是否已達最 ^ ’則進行步驟307，若否，則進行步驟305 ; ，斷每-研聽理區塊之所有傷痕是否皆制除(步驟斯），若 疋’則進行步驟308，若否，則進行步驟302 ;將一第一切臟光 劑塗抹於每一研磨處理區塊上(步驟遍），並進行步驟3〇9 ;利用 研磨機具搭配-第-研磨材料’將每一研磨處理區塊之砂痕整平 (步驟309)，並進行步驟31〇 ;將一第二切削拋光劑塗抹於每一研 磨處理區塊上(步驟310) ’並進行步驟311 ;利用研磨機具搭配一 第一研磨材料，將每一研磨處理區塊之該第一研磨材料的晝痕去 除(步驟311)，並進行步驟312 ;將一第三切削拋光劑塗抹於每一 研磨處理區塊上(步驟312)，並進行步驟313 ;利用研磨機具搭配 一第三研磨材料’將每一研磨處理區塊作最後之表面整平(步驟 313)，並進行步驟314 ;將一研磨膏塗抹於每一研磨處理區塊上， 並靜置一特定時間(步驟314)，並進行步驟315 ;及利用一第四研 磨材料對於每一研磨處理區塊進行晶化研磨處理(步驟315)。 在上述之第一較佳實施例中，步驟308所述之該第一切削拋 光劑之型號為BRIGHT-CUT，其特性為切割速度很快，並適用於 各種金屬，而抛光後之亮度中等；步驟309所述之該第一研磨材 料係一硬麻輪，結合BRIGHT-CUT與硬麻輪之特性，可將每一研 磨處理區塊之砂痕整平；步驟31〇所述之該第二切削拋光劑之型 號為FASTCUT，其特性為切割速度很快、磨削效率高以及能去除[Si 8 201141665, industry encounter 306; fine (step 306), if yes, Bellow, 3〇6; determine whether the coefficient of the shale sandpaper used has reached the maximum ^ ' proceed to step 307, and if not, proceed to step 305; , if all the flaws of the per-study block are eliminated (steps), if 疋 ', proceed to step 308, if not, proceed to step 302; apply a first cut light agent to each of the grinds Processing the block (steps) and performing step 3〇9; leveling the sand marks of each of the grinding blocks with the grinder tool-first-grinding material (step 309), and performing step 31; A second cutting polishing agent is applied to each of the polishing processing blocks (step 310)' and proceeds to step 311; using the polishing tool with a first abrasive material, the first abrasive material of each of the polishing processing blocks is 昼The trace is removed (step 311), and step 312 is performed; a third cutting polish is applied to each of the abrasive processing blocks (step 312), and step 313 is performed; using a polishing tool with a third abrasive material Grinding the processing block for final surface leveling (step 313), and Step 314: Apply an abrasive paste to each of the polishing processing blocks, and let stand for a specific time (step 314), and perform step 315; and use a fourth abrasive material to crystallize each of the polishing processing blocks. The grinding process (step 315). In the first preferred embodiment described above, the first cutting polishing agent described in step 308 is of the type BRIGHT-CUT, which has the characteristics of fast cutting speed and is suitable for various metals, and the brightness after polishing is medium; The first abrasive material described in step 309 is a hard hemp wheel, which combines the characteristics of the BRIGHT-CUT and the hard hemp wheel to level the sand marks of each grinding treatment block; the second cutting and polishing described in step 31〇 The type of agent is FASTCUT, which is characterized by fast cutting speed, high grinding efficiency and can be removed [Si 8 201141665
金屬表面的刮痕’但是亮度較低；步驟311所述之該第二研磨材 料係一布輪，結合FASTCUT與布輪之特性’可將每一研磨處理 區塊之該第一研磨材料的晝痕去除；步驟312所述之該第三切削 拋光劑之型號為WHITE CUTTER P2，其特性為切割速度很快、 適用於各種金屬、拋光後之亮度中等、拋光後很乾淨以及躐含量 低，步驟313所述之該第三研磨材料係一羊毛輪，結合wmTE CUTTERP2與羊毛輪之特性’可將每一研磨處理區塊作最後之表 面整平。The scratch on the metal surface 'but the brightness is low; the second abrasive material described in step 311 is a cloth wheel, combined with the characteristics of the FASTCUT and the cloth wheel, the 研磨 of the first abrasive material of each grinding treatment block can be Trace removal; the third cutting polishing agent described in step 312 is WHITE CUTTER P2, which has the characteristics of fast cutting speed, suitable for various metals, medium brightness after polishing, clean after polishing, and low bismuth content. The third abrasive material described in 313 is a wool wheel, combined with the characteristics of the wmTE CUTTERP2 and the wool wheel, which can be used to flatten the surface of each of the grinding treatment blocks.
^另外，在上述之第一較佳實施例中，步驟314所述之該研磨 貧至少包含以下成分：稀硝酸、氧化鋁粉、三仙膠、水、皂土以 ^香精。而研磨膏塗抹於每—研磨處理區塊後，需靜置之該特定 時間為30分鐘〜60分鐘。當研磨膏靜置了 3〇分鐘〜6〇分鐘以後 步驟315。步驟315所述之該第四研磨材料係一海棉，Λ ”有高密歧絲性之雛，結合研射與海棉之紐，可對於 物件絲之每―研磨處理紐進行㉟化補處 鋼物:表面達到高度反射及真正鏡面之效果。 後，之祕結淑麟雛進行詳細之說明以 合學方法進行研磨及抛光作業’因此物件不 a產生過拋變形凹陷之問題。 之方法’可不需將工作物件(即不鏽鋼物件) 3.習4# +、見％進行表面修復及研磨拋光作業。 發明所揭露，並會降低電梯使畔限，而本 點。 &林需使_外之崎’因此可改善上述之缺 201141665 4 :傷==之物件，在利用本發明所揭露之方法進行修復 後’可使物件永續使用，不需汰舊換新。 進仃修復 而對有問題之局部鏡面作處理， 修復翻新，較效^不需對物件之整體表面都進行 6·=明使物件表面在修復後不會留下砂 之效果。.專具痕跡，並可使物件表面達到真正鏡面 的====!綱她彻嫩特點，其目 舍不,技 能触解本發明之喊麟以實施， 田不此以之限林發明之專利賴，若 均等變化雜飾，減缝在本發敗專·_ i神作 201141665 【圖式簡單說明】 A圖、第一 B圖’係本發明一第-較佳實施例之-種鏡 面不鏽鋼物件表面之處理方法流程圖； 種兄 _. A®第—F®’係本發购第-較佳實施例巾各步驟之 不思圖；及 品A圖、第三8圖’係本發明—第二較佳實施例之一種鏡 Sr不鏽鋼％件表面之處理方法流程圖。 【主要元件符號說明】 101 〜113 本發明第一較佳實施例之步驟編號 200 不鏽鋼物件表面 210 傷痕 220,230 研磨處理區塊 240 研磨機具 250 砂痕 260 研磨膏 270 第四研磨材料 301-315 本發明第二較佳實施例之步驟編號In addition, in the first preferred embodiment described above, the imperfection of the polishing described in step 314 includes at least the following components: dilute nitric acid, alumina powder, sansin, water, bentonite. After the abrasive paste is applied to each of the grinding treatment blocks, the specific time to be allowed to stand is 30 minutes to 60 minutes. When the paste is allowed to stand for 3 minutes to 6 minutes, step 315. The fourth abrasive material described in step 315 is a sponge, ” ” high-density silky chick, combined with the research and the sponge and the sponge, can be used for each of the objects of the wire processing Matter: The surface achieves high reflection and true mirror effect. After that, the secret knot Shulin chicks are detailed to explain the grinding and polishing operations by the method of learning. Therefore, the object does not produce the problem of over-deformation and depression. Need to work objects (ie stainless steel objects) 3. Xi 4 # +, see % for surface repair and grinding and polishing operations. The invention disclosed, and will reduce the lift limit, and this point. & forest needs to make _ outside Saki's can therefore improve the above-mentioned missing items 201141665 4 : Injury ==, after using the method disclosed in the present invention to repair, the object can be used forever, no need to replace the old one. Partial mirror treatment, repair and refurbishment, more effective ^ does not need to carry out the surface of the object on the whole surface of the object. The surface of the object will not leave sand after repair. Specially marked, and can make the surface of the object reach True mirror ====! The characteristics of the tenderness, its purpose is not, the skill touches the invention of the shouting of the invention to implement, Tian is not limited to the patent of the invention of the forest, if the change of the uniforms, the reduction of the seam in the defeat of the special _ i God 201141665 [A brief description of the drawings] A picture, the first B picture 'is a flow chart of the surface treatment method of the mirror stainless steel object according to a first preferred embodiment of the invention; the brother _. A®-F®' The method of processing the first step of the preferred embodiment of the present invention; and the drawing of the third embodiment of the present invention - a flow chart of the surface of a mirror Sr stainless steel [Main component symbol description] 101 to 113 Step number of the first preferred embodiment of the present invention 200 Stainless steel object surface 210 Scratch 220, 230 Grinding block 240 Grinding tool 250 Sand mark 260 Grinding paste 270 Fourth grinding material 301-315 Step number of the second preferred embodiment of the invention